The objective of the present study is to demonstrate and evaluate the photorefractive (PR)
performance of an all-organic PR device with a self-assembled monolayer (SAM)-modified …

Photorefractive (PR) performances of methyl-substituted poly (triarylamine)(PTAA)-based
PR device were demonstrated using chemically modified electrodes (CMEs) of self …

A novel bifunctional chromophore was synthesized by using tolyldiphenylamine (TDPA) and
N-(4-nitrophenyl)-piperidine (NPP) units as a hole transporting and a second-order …

The organic photorefractive (PR) materials and devices have attracted much interest due to
the wide potential applications. In this talk, we report the recent study on PR materials and …

Photorefractive (PR) performances are affected by the components of the photoconductor,
sensitizer, nonlinear optical dye, and plasticizer. A photoconductor with high hole mobility …

Serving as the electron‐trapping center in photorefractive (PR) materials, the molecule M1,
having a more electron‐deficient core, M, was doped with a monolithic PR material M0 (see …

Enhanced photorefractive (PR) performances are reported for a PR composite of perylene
bisimide (PBI)–sensitized poly (4-(diphenylamino) benzyl acrylate)(PDAA), 2-(4-(azepan-1 …

Herein, three photorefractive (PR) composite films were fabricated. They consist of poly (N-
vinycarbazole)(PVK, 33 wt%), 2, 5-dimethyl-(4-p-nitrophenylazo) anisole (DMNPAA, 50 …

Photoconductivity and birefringence are two important factors that affect performances of
photorefractive devices. Here, the optical properties of this composite based on copoly [6 …

We have developed high-performance photorefractive (PR) materials containing ternary
composites of 2-ethylhexyl plasticized poly (triarylamine)(PTAA), a chromophore, and a …